More information can be found in Composite Files.Ģ.Enter any additional parameters required by the WMS. If the WMS is unavailable/unreachable, imagery will automatically fall-back to using the file-based imagery. Redundancy can be incorporated into a project using a WMS by creating a composite file (*.aps) referring to both the image server and a set of file based aerial photography. Any size constraints are provided at the bottom of the form. Note that the maximum resolution available from a WMS is set at the server end. The larger this stream, the slower it is to download over the internet/network.Ĭonnection details are stored in a *.imgsvr file (ini file format). A WMS provides waterRIDE™ with an image stream, delivered over HTTP. This can be achieved either automatically or manually. It is often useful to setup an Image Toggle Layer that references your internet based imagery as well as file based imagery to provide flexibility to the end user.Īllows the user to setup a connection to a Web Map Service (WMS). This means you will need to ensure all layers have their projections set and the view set to Web Mercator (ie your layers will be reprojected on the fly as the screen is drawn). Note: Many servers use the Web Mercator projection.
The speed of your internet connection will also impact how quickly the images can be retrieved, especially when using tile servers (XYZ and WMTS)įrom our experience, we have found BING, Open Street Maps (XYZ Tile Server) and Google (XYZ Tile Server) to provide good speeds.
When using this imagery, there is considerable variance in the speed of servers and hence the speed of repainting the screen. Under these scenarios, waterRIDE will ask the web-based image server for the image matching the current view extents. waterRIDE supports a range of web-based imagery servers including: Background imagery can come from internet based servers.
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